Major Nuclear Site in Richmond CA looted. Never cleaned up and it is within walking distance of the California Department of Public Health which is responsible for cleaning up these precise type of sites!
If you are building on the University of California Berkeley campus and you find large concrete blocks, don’t break into them, they hold NUCLEAR WASTE! City of Oakland wants to develop the docks that regularly held 500 to 1000 barrels of nuclear waste for disposal at sea. This is the last place you would want to bring your kids!!
Note Lawrence Livermore and Lawrence Lab at the University of California are two separate entities, this report starts with Livermore’s nuclear waste for the first two pages and then the UC Berkeley Nuclear waste is posted.
A separate campus, UC Berkeley Richmond Campus is built next to a former Uranium Processing plant that the state claims they cleaned it up for chemical contamination but nowhere do they mention the uranium processing plant which was cutting uranium metal for the Department of Defense.
Also UC Berkeley has a history of injecting people with Plutonium to see what happens to them. One wonders if all people who visit the campus are unwittingly being used for experimentation, without consent which is a violation of the Nuremberg Code. It would not the first time UC Berkeley did this, University of Califonia Professor James Hamilton injected people with Plutonium just to see what would happen to them .
If the State and the Feds cannot look out for its own people how can we rely on them to protect the public?
The Califormia Department of Public Health (CDPH) regulates all of the radiological contamination in the State of California. The California Department of Public Health (CDPH) Building, EPA Region 9 lab and the University of California Berkeley Richmond Campus are located right in the heart of Nuclear Alley in Richmond CA. This series will highlight 6 nuclear industry companies in the Port of Richmond that held Atomic Energy Commission Licenses for Nuclear Waste, worked directly with radioactive isotopes (radioactive elements like Uranium, Plutonium, Strontium 90, Cesium 137, Cobalt 60, Carbon 14 etc) and built machines used in the Nuclear Weapons industry.
All are within walking distance of these government facilites and they have never been cleaned up for their nuclear purposes. These government facilities need to be evacuated, because they were constructed after the contamination, which means:
Every surface exposed during contruction inside the walls and out will have to be swabbed to determine alpha and beta particles for identification of the isotopes as well as gamma readings for radiation.
All samples taken as evidence for all of Region 9 which includes, CA, OR, WA, HI, NV, the Pacific and the 148 Tribal Nations in all cases where the EPA and CDPH buildings have existed will have to be thrown out and resampled.
And most importantly every employee and every living being who stepped in these facilties will have to be evacuated and monitored for exposure for the rest of their lives.
Also note the Navy dumped nuclear waste directly into San Francisco Bay in 1946 and they covered it up by making sure to not notify the barge operators what they were dumping. Here is that COVER UP Document and a separate set of orders for all Navy Bases on the West Coast, the Pacific and Norfolk Naval Bases.
Safety Regulations have changed over the years and all sites cleaned up in the past, those standards are nuclear accidents today. All sites need to be re-evaluated for radiological contamination.
EPA Regulations on proximity means the UCSF and UC Berkeley Ergonomics Lab is within 200 feet of the Stauffer Chemical Plant making it part of the site.
The EPA has regulations on Proximity to toxic waste sites. I went into the law in detail in this article on the contamination range of Treasure Island to San Francisco.
To the EPA everything within 200 feet of a site is on the site. In this case of UC Berkeley everything to the east of Egret Way, which is where the UC BErkeley Bus drives down to unload students is within the 200 feet fo the Stauffer Chemical Company.
Near Neighbors are everything from 200 feet to a quarter of a mile and that makes the EPA Region 9 Laboratory within that range.
A Second Near Neighbor class is everything from a quarter of a mile to a mile away and that encompases the California Department of Public Health.
Then you have ranges for water and dust contamination that can go 4 miles, so these sites are all within a mile of the California Department of Public Health and all sites are within the wind range contamination of each other and the city of Richmond.
GE Nuclear in Vallecitos Nuclear Center in Pleasanton, transported Nuclear Reactor Fuel Rods to Richmond to be sent to France to be processed in their Breeder Reactors and then sent back to GE through the Port of Richmond. To move nuclear materials you have to lay out the route and if you ever have seen the movie Superman these trucks are oversized. This also happened in the Port of Oakland. the shipping agreements are below.
They expected more shipments under this regulatory supervision.
Tracerlab processed biological samples from the nuclear tests in Nevada and the Pacific. They were flown in Alameda Naval Air Station and trucked into Tracerlab in Richmond. Tracerlab was the principle contractor to create the Radiological Mobile Laboratory used at the Atomic Tests. They built devices used in radiation work including devices used in nuclear power plants as well as selling radio-isotopes where they bombarded elements to change their atomic number. All this was right down the street from the CDPH building and within range of the EPA Region 9 lab and UC Berkeley Richmond Campus. It is the Eberline building.
In this map, Berkeley Scientific is the building on the left at 2200 Wright Avenue and Tracerlab is the building immediately to its right, next to the CVS and the complex on the right is the California Department of Public Health.
The Nuclear Reactor in San Ramon California is still in operation. This was the site of Aerojet which made nuclear reactors for colleges and research institutions. When they started the nuclear reactor San Ramon had a population of less than 200 people within a mile of the site. Today it is in the middle of the city and the city parks its school busses on the site of one of the radioactive labs. At any one time was building 10 portable nuclear reactors.
It is being active 4 hours in any quarter so they must be doing basic maintenance on the facility and are unable to close the reactor for safety reasons. It could also be a place to store nuclear waste and since the waste containers nationwide do not match with shipping containerrs they cannot remove any nuclear waste. The Savannah River Nuclear Reactor has that problem, tonsof nuclear waste and no way to ship it.
In the above map:
1) An AGN-201 reactor, currently operating at 20 w, used for instrument and dosimeter calibrations and for research work in connection with AGN’s fission-chemistry development programs. 2) A hot cell with high-density concrete walls 20 in. thick. And high-density glass viewing windows, also 20 in. thick, designed to handle specimens up to 300 curies at 1 Mev 3) Chemistry laboratories, including two radiochemical laboratories, two wet chemical laboratories, a sample preparation laboratory, and storerooms 4) A specialized experimental laboratory for AGN’s fission-chemistry programs, used for UO2 slurry circulation, sample vessel assembly, loading, and unloading, safety tests, and sample analysis
5) A metallurgical and material laboratory for evaluation of high temperature materials and nuclear applications of both fueled and unfueled materials 6) A liquid metals Laboratory, including two liquid metal capsule corrosion test facilities, a boiling and condensing heat transfer test facility for space system radiators and boilers, and a dynamic liquid metal corrosion loop test facility 7) An electronics development laboratory 8) A nuclear measurements laboratory with equipment for precision alpha, beta, and gamma counting
The main office building (2) contains engineering and administrative offices, drafting rooms, computer facilities, a document control center, and printing, photographic, and other supporting services. It includes special AEC and DOD restricted area, for work on classified projects.
The shops building (3) includes a general machine shop, a separate bay of 3000 sq ft for welding operations, specialized machine tool areas for the handling of radioactive materials, facilities for the fabrication, assembly, I maintenance, and calibration of instrumentation and electronic equipment, and supporting shop services.
The nuclear fuel fabrication facility (7) is used for ceramic fuel production, sealing and assembly of wire-spaced pins for elements, and preparation of fuel-loaded parts. It is equipped with dust-free assembly rooms, glove boxes, and special equipment for inspection, testing, analysis, and leak detection. Fireproof vaults are provided for storage of plutonium and uranium. The entire facility is a restricted area, and appropriate accountability and health physics services are provided.
Other installations on the western side of the railroad tracks include a special radionuclide laboratory (14), cleaning and decontamination facilities, housing for pumps, generators, and air compressors, and special storage facilities for inflammable (5) and hazardous (9) materials.
To the east of the tracks, a new facility (51) for testing power conversion equipment and other rotating machinery was completed this year. The facility includes a high-bay assembly area, control room, test room, and special power sources and testing machinery. The concrete floor slab extends outside the building to provide a base for testing fully-assembled power conversion units for nuclear power plants.
A new physics laboratory (52) was recently completed to accommodate AGN’s expanding research in plasma physics and related fields. The laboratory houses various large magnetic-field power supplies, capacitor banks, vacuum chambers, von Ardenne and other ion sources, an energetic arc, microwave diagnostic equipment, and other special equipment for experimentation and analysis. The building is-300 ft from the site of the proposed AGNIR facility.
A new building (55) for a pulse power research facility is now under construction northeast of the new physics laboratory. The building will provide 650 sq ft of floor space for research and experimentation in the field of pulsed power production.
At the time the area was orchards wih very few people living within range of the site in the case of a nuclear accident. Unfortunately they used the city sewage for the release of radioactive water which would flow downstream through Walnut Hill and then all the way to Suisan Bay and given the safety levels of the times, this was a lot of radiation.
They built portable nuclear reactors for the following entities:
Catholic University of America Oklahoma State University of Agriculture and Applied Science University of Akron Texas A&M University of Utah Argonne National Laboratory (AEC) Colorado State University University of California Berkeley University of Delaware Oregon State University AGN 201-111 was operated in the commercial exhibit of the 1958 International Conference in Geneva prior to transfer to the University of Geneva Switzerland (University of Basel) Italy (University of Palermo) U. S. Naval Post Graduate School (USN) – melted down but was contained; no explosion National Naval Medical Center (USN) William Marsh Rice University University of Oklahoma West Virginia University, College of Engineering Aerojet-General Nucleonics (5 reactors) AGN 201 reactors Aerojet-General Nucleonics (5 reactors) AGN 211 Reactors
Today the City of San Ramon parks its School Buses on the site. Google Map
The radioactively contaminated water from the site went into the sewer system of San Ramon and gets dumped into Suisun Bay through Walnut Hill. Unfortunately 1950’s standards for radiation were so dangerous that in 1959 they were cut to 1/3 of what they were in 1955 and this put the portable nuclear reactor business under as the effects of radiation became apparent and all of these reactors were emitting at least 7.5 mrems per hour when today the level of safety is 2 mrems per hour. Any amount above that number is a nuclear accident.
They also had issues with meltdowns and explosions. The Santa Susana reactors near Simi Valley built for NASA spacecraft and for satellites had three nuclear reactors melt down and at least one of them exploded making it the worst nuclear reactor disaster on record. People think Three Mile Island was bad, the reactor exploded and a radioactive cloud of Strontium 90 spread over the valley from the site into Simi Valley and across the hills to Los Angeles County to the River.
The Westinghouse plant in Bloomfield was in operation purifying uranium before 1942. It was a part of the process to turn Uranium into Uranium metal for the Chicago Pile which had the first nuclear reaction in 1942. Linking Legacies published by the Department of Energy lists some of the sites used in the production of the Atomic bomb. There are a lot more but this was published in 1997. It is part of a congressional hearing, the expert testimony of most hearings are reports like these. https://www.energy.gov/…/2014/03/f8/Linking_Legacies.pdf
This is one of the most densly populated places in the United States 10 miles due west of Manhattan. And it is clear that the Atomic Energy Commission did not care about inspections as will be revealed in these reports.
Santa Susana Nuclear Disaster America’s China Syndrome, nuclear cloud spread over Simi and San Fernando Valleys
With the recent press about placing a nuclear reactor on the moon, the environmentalists are reacting to this as if it was a new thing. Neil Armstrong armed a nuclear reactor on the Moon during the Apollo 11 landing which is still in operation on the moon. It is used as a measuring device to measure the distance from the earth to the moon and thus help in navigating in space.
Boeing and Atomics International developed the SNAP reactors at Santa Susana which is in the hills just south of Simi Valley. One of the reactors melted down in 1959 causing the largest and most deadly nuclear accident in US history if you don’t count the nuclear tests. Here is a documentary explaining what happened when the nuclear reactor, the salt cooled reactor melted down and exploded causing a radioactive cloud to encompass Simi Valley and across San Fernando Valley. There was no containment, no shielding.
Also they burned radioactive waste so that it would be dispersed on the wind because the red tape made it “impractical” to bury it properly in disposal sites. Note that again this smoke was deposited over Simi and San Fernando Valleys.
4 reactors blew up over the course of many years of the SNAP reactor project. The reactors were being developed for spacecraft and airplanes. The airplane engine program was halted when the military decided it was a bad idea because if a plane crashes, we would have just given the enemy a working nuclear reactor.
Reactors for Space
Film: First Nuclear Reactor In Space 71502 From Internet Archive: “Made in 1965 by the U.S. Atomic Energy Commission, this rare film discusses the design of SNAP-10A, an experimental nuclear reactor launched into space in 1965. The Systems Nuclear Auxiliary Power Program (SNAP) reactor was developed under the SNAPSHOT program overseen by the U.S. Atomic Energy Commission.
SNAP-10A was launched from Vandenberg AFB by an ATLAS Agena D rocket on April 3, 1965 into a polar low Earth orbit altitude of approx. 1,300 km. Its nuclear electrical source, made up of thermoelectric elements, was intended to produce over 500 watts of electrical power for one year. After 43 days, an onboard voltage regulator within the spacecraft — unrelated to the SNAP reactor — failed, causing the reactor core to be shut down, after reaching a maximum output of 590 watts. The reactor was left in a 700-nautical-mile (1,300 km) earth orbit for an expected duration of 4,000 years. In November 1979 the vehicle began shedding, eventually losing 50 pieces of traceable debris. The reasons were unknown, but the cause could have been a collision. Although the main body remains in place, radioactive material may have been released. ”
The following is from “NUCLEAR SPACE POWER SYSTEMS,” H. M. DIECKAMP Vice President, Engineering; ATOMICS INTERNATIONAL A Division of North American Aviation, Inc. P. 0. Box 309 Conoga Park, California ISSUED: SEPTEMBER 1967
“The first nuclear power system in space was SNAP 3B, a 2.7-watt radioisotope unit fueled by Pu [Plutonium], which was launched in June 1961. The first reactor power system in space was SNAP 10A, a 500-watt unit, which was launched m April 1965. To date, five radioisotope units with power levels up to 25 watts and one 500-watt reactor unit have been used in the U. S. Space Program.” page 19
SNAP 10A Nuclear Reactor launched in 1965
SNAP 27 Nuclear Reactor for NASA’s Apollo Missions
Re-entry vehicle for nuclear fuels
NASA planned on regular missions to fuel a space station where they would send nuclear fuel up to orbit and back down again. This involved creating a device that could land and safely return the fuel elements of a reactor without breaking. This led to the creation of the Space Shuttle. The question is how much nuclear materials were on the Space Shuttles that crashed to the earth and should the local populations of the crash sites be concerned?
Concept drawing for a device to return nuclear fuel back to earth safely by gliding it in just like what would eventually be the Space Shuttle.
Diagram of a Plutonium powered heat source for a capsule that returns to earth.